Collapse to view only § 18322. Space Launch System as follow-on launch vehicle to the Space Shuttle
- § 18321. Human space flight beyond low-Earth orbit
- § 18322. Space Launch System as follow-on launch vehicle to the Space Shuttle
- § 18323. Multi-purpose crew vehicle
- § 18324. Utilization of existing workforce and assets in development of Space Launch System and multi-purpose crew vehicle
- § 18325. NASA launch support and infrastructure modernization program
- § 18326. Development of technologies and in-space capabilities for beyond near-Earth space missions
- § 18327. Report requirement
§ 18321. Human space flight beyond low-Earth orbit
(a) Findings
Congress makes the following findings:
(1) The extension of the human presence from low-Earth orbit to other regions of space beyond low-Earth orbit will enable missions to the surface of the Moon and missions to deep space destinations such as near-Earth asteroids and Mars.
(2) The regions of cis-lunar space are accessible to other national and commercial launch capabilities, and such access raises a host of national security concerns and economic implications that international human space endeavors can help to address.
(3) The ability to support human missions in regions beyond low-Earth orbit and on the surface of the Moon can also drive developments in emerging areas of space infrastructure and technology.
(4) Developments in space infrastructure and technology can stimulate and enable increased space applications, such as in-space servicing, propellant resupply and transfer, and in situ resource utilization, and open opportunities for additional users of space, whether national, commercial, or international.
(5) A long term objective for human exploration of space should be the eventual international exploration of Mars.
(6) Future international missions beyond low-Earth orbit should be designed to incorporate capability development and availability, affordability, and international contributions.
(7) Human space flight and future exploration beyond low-Earth orbit should be based around a pay-as-you-go approach. Requirements in new launch and crew systems authorized in this chapter should be scaled to the minimum necessary to meet the core national mission capability needed to conduct cis-lunar missions. These initial missions, along with the development of new technologies and in-space capabilities can form the foundation for missions to other destinations. These initial missions also should provide operational experience prior to the further human expansion into space.
(b) Report on international collaboration
(1) Report required
Not later than 120 days after October 11, 2010, the Administrator shall submit to the appropriate committees of Congress a report on the following assets and capabilities:
(A) Any effort by NASA to expand and ensure effective international collaboration on the ISS.
(B) The efforts of NASA, including its approach and progress, in defining near-term, cis-lunar space human missions.
(2) NASA contributions
In preparing the report required by paragraph (1), the Administrator shall assume that NASA will contribute to the efforts described in that paragraph the following:
(A) A Space Launch System.
(B) A multi-purpose crew vehicle.
(C) Such other technology elements the Administrator may consider appropriate, and which the Administrator shall specifically identify in the report.
(Pub. L. 111–267, title III, § 301, Oct. 11, 2010, 124 Stat. 2813.)
§ 18322. Space Launch System as follow-on launch vehicle to the Space Shuttle
(a) United States policy
(b) Initiation of development
(1) In general
(2) Modification of current contracts
(c) Minimum capability requirements
(1)In general.—The Space Launch System developed pursuant to subsection (b) shall be designed to have, at a minimum, the following:
(A) The initial capability of the core elements, without an upper stage, of lifting payloads weighing between 70 tons and 100 tons into low-Earth orbit in preparation for transit for missions beyond low-Earth orbit.
(B) The capability to carry an integrated upper Earth departure stage bringing the total lift capability of the Space Launch System to 130 tons or more.
(C) The capability to lift the multipurpose crew vehicle.
(D) The capability to serve as a backup system for supplying and supporting ISS cargo requirements or crew delivery requirements not otherwise met by available commercial or partner-supplied vehicles.
(2)Flexibility.—The Space Launch System shall be designed from inception as a fully-integrated vehicle capable of carrying a total payload of 130 tons or more into low-Earth orbit in preparation for transit for missions beyond low-Earth orbit. The Space Launch System shall, to the extent practicable, incorporate capabilities for evolutionary growth to carry heavier payloads. Developmental work and testing of the core elements and the upper stage should proceed in parallel subject to appropriations. Priority should be placed on the core elements with the goal for operational capability for the core elements not later than December 31, 2016.
(3)Transition needs.—The Administrator shall ensure critical skills and capabilities are retained, modified, and developed, as appropriate, in areas related to solid and liquid engines, large diameter fuel tanks, rocket propulsion, and other ground test capabilities for an effective transition to the follow-on Space Launch System.
(4) The capacity for efficient and timely evolution, including the incorporation of new technologies, competition of sub-elements, and commercial operations.
(Pub. L. 111–267, title III, § 302, Oct. 11, 2010, 124 Stat. 2814.)
§ 18323. Multi-purpose crew vehicle
(a) Initiation of development
(1) In general
(2) Goal for operational capability
(b) Minimum capability requirements
The multi-purpose crew vehicle developed pursuant to subsection (a) shall be designed to have, at a minimum, the following:
(1) The capability to serve as the primary crew vehicle for missions beyond low-Earth orbit.
(2) The capability to conduct regular in-space operations, such as rendezvous, docking, and extra-vehicular activities, in conjunction with payloads delivered by the Space Launch System developed pursuant to section 18322 of this title, or other vehicles, in preparation for missions beyond low-Earth orbit or servicing of assets described in section 18383 of this title, or other assets in cis-lunar space.
(3) The capability to provide an alternative means of delivery of crew and cargo to the ISS, in the event other vehicles, whether commercial vehicles or partner-supplied vehicles, are unable to perform that function.
(4) The capacity for efficient and timely evolution, including the incorporation of new technologies, competition of sub-elements, and commercial operations.
(Pub. L. 111–267, title III, § 303, Oct. 11, 2010, 124 Stat. 2815.)
§ 18324. Utilization of existing workforce and assets in development of Space Launch System and multi-purpose crew vehicle
(a) In generalIn developing the Space Launch System pursuant to section 18322 of this title and the multi-purpose crew vehicle pursuant to section 18323 of this title, the Administrator shall, to the extent practicable utilize—
(1) existing contracts, investments, workforce, industrial base, and capabilities from the Space Shuttle and Orion and Ares 1 projects, including—
(A) space-suit development activities for application to, and coordinated development of, a multi-purpose crew vehicle suit and associated life-support requirements with potential development of standard NASA-certified suit and life support systems for use in alternative commercially-developed crew transportation systems; and
(B) Space Shuttle-derived components and Ares 1 components that use existing United States propulsion systems, including liquid fuel engines, external tank or tank-related capability, and solid rocket motor engines; and
(2) associated testing facilities, either in being or under construction as of October 11, 2010.
(b) Discharge of requirementsIn meeting the requirements of subsection (a), the Administrator—
(1) shall, to the extent practicable, utilize ground-based manufacturing capability, ground testing activities, launch and operations infrastructure, and workforce expertise;
(2) shall, to the extent practicable, minimize the modification and development of ground infrastructure and maximize the utilization of existing software, vehicle, and mission operations processes;
(3) shall complete construction and activation of the A–3 test stand with a completion goal of September 30, 2013;
(4) may procure, develop, and flight test applicable components; and
(5) shall take appropriate actions to ensure timely and cost-effective development of the Space Launch System and the multi-purpose crew vehicle, including the use of a procurement approach that incorporates adequate and effective oversight, the facilitation of contractor efficiencies, and the stream-lining of contract and procurement requirements.
(Pub. L. 111–267, title III, § 304, Oct. 11, 2010, 124 Stat. 2816.)
§ 18325. NASA launch support and infrastructure modernization program
(a) In general
(b) Elements
The program required by this section shall include—
(1) investments to improve civil and national security operations at the Kennedy Space Center, to enhance the overall capabilities of the Center, and to reduce the long term cost of operations and maintenance;
(2) measures to provide multi-vehicle support, improvements in payload processing, and partnering at the Kennedy Space Center; and
(3) such other measures, including investments to improve launch infrastructure at NASA flight facilities scheduled to launch cargo to the ISS under the commercial orbital transportation services program as the Administrator may consider appropriate.
(c) Report on NASA launch support and infrastructure modernization program
(1) Report required
(2) Elements
The report required by this subsection shall include—
(A) a description of the ground infrastructure plan tied to the Space Launch System and potential ground investment activities at other NASA centers related to supporting the development of the Space Launch System;
(B) a description of proposed initiatives intended to be conducted jointly or in cooperation with Cape Canaveral Air Force Station, Florida, or other installations or components of the United States Government; and
(C) a description of plans to use funds authorized to be appropriated by this chapter to improve non-NASA facilities, which plans shall include a business plan outlining the nature and scope of investments planned by other parties.
(Pub. L. 111–267, title III, § 305, Oct. 11, 2010, 124 Stat. 2817.)
§ 18326. Development of technologies and in-space capabilities for beyond near-Earth space missions
(a) Development authorizedThe Administrator may initiate activities to develop the following:
(1) Technologies identified as necessary elements of missions beyond low-Earth orbit.
(2) In-space capabilities such as refueling and storage technology, orbital transfer stages, innovative in-space propulsion technology, communications, and data management that facilitate a broad range of users (including military and commercial) and applications defining the architecture and design of such missions.
(3) Spacesuit development and associated life support technology.
(4) Flagship missions.
(b) InvestmentsIn developing technologies and capabilities under subsection (a), the Administrator may make investments—
(1) in space technologies such as advanced propulsion, propellant depots, in situ resource utilization, and robotic payloads or capabilities that enable human missions beyond low-Earth orbit ultimately leading to Mars;
(2) in a space-based transfer vehicle including these technologies with an ability to conduct space-based operations that provide capabilities—
(A) to integrate with the Space Launch System and other space-based systems;
(B) to provide opportunities for in-space servicing of and delivery to multiple space-based platforms; and
(C) to facilitate international efforts to expand human presence to deep space destinations;
(3) in advanced life support technologies and capabilities;
(4) in technologies and capabilities relating to in-space power, propulsion, and energy systems;
(5) in technologies and capabilities relating to in-space propellant transfer and storage;
(6) in technologies and capabilities relating to in situ resource utilization; and
(7) in expanded research to understand the greatest biological impediments to human deep space missions, especially the radiation challenge.
(c) Utilization of ISS as testbed
(d) Coordination
(Pub. L. 111–267, title III, § 308, Oct. 11, 2010, 124 Stat. 2818.)
§ 18327. Report requirement
Within 90 days after October 11, 2010, or upon completion of reference designs for the Space Launch System and Multi-purpose Crew Vehicle authorized by this chapter, whichever occurs first, the Administrator shall provide a detailed report to the appropriate committees of Congress that provides an overall description of the reference vehicle design, the assumptions, description, data, and analysis of the systems trades and resolution process, justification of trade decisions, the design factors which implement the essential system and vehicle capability requirements established by this chapter, the explanation and justification of any deviations from those requirements, the plan for utilization of existing contracts, civil service and contract workforce, supporting infrastructure utilization and modifications, and procurement strategy to expedite development activities through modification of existing contract vehicles, and the schedule of design and development milestones and related schedules leading to the accomplishment of operational goals established by this chapter. The Administrator shall provide an update of this report as part of the President’s annual Budget Request.
(Pub. L. 111–267, title III, § 309, Oct. 11, 2010, 124 Stat. 2819.)